internal static MachineInstruction MakeCpl()
{
return(MachineInstruction.MakeRAdrXOrR1R2(
MnemonicDef.CPL, OpcodeDef.CompareLogicalRAdrX, OpcodeDef.CompareLogicalR1R2));
}
internal static MachineInstruction MakeXor()
{
return(MachineInstruction.MakeRAdrXOrR1R2(
MnemonicDef.XOR, OpcodeDef.XorRAdrX, OpcodeDef.XorR1R2));
}
internal static MachineInstruction MakeCpa()
{
return(MachineInstruction.MakeRAdrXOrR1R2(
MnemonicDef.CPA, OpcodeDef.CompareArithmeticRAdrX, OpcodeDef.CompareArithmeticR1R2));
}
internal static MachineInstruction MakeAnd()
{
return(MachineInstruction.MakeRAdrXOrR1R2(
MnemonicDef.AND, OpcodeDef.AndRAdrX, OpcodeDef.AndR1R2));
}
internal static MachineInstruction MakeSubl()
{
return(MachineInstruction.MakeRAdrXOrR1R2(
MnemonicDef.SUBL, OpcodeDef.SubtractLogicalRAdrX, OpcodeDef.SubtractLogicalR1R2));
}
internal static MachineInstruction MakeAddl()
{
return(MachineInstruction.MakeRAdrXOrR1R2(
MnemonicDef.ADDL, OpcodeDef.AddLogicalRAdrX, OpcodeDef.AddLogicalR1R2));
}
internal static MachineInstruction MakeSuba()
{
return(MachineInstruction.MakeRAdrXOrR1R2(
MnemonicDef.SUBA, OpcodeDef.SubtractArithmeticRAdrX, OpcodeDef.SubtractArithmeticR1R2));
}
internal static MachineInstruction MakeAdda()
{
return(MachineInstruction.MakeRAdrXOrR1R2(
MnemonicDef.ADDA, OpcodeDef.AddArithmeticRAdrX, OpcodeDef.AddArithmeticR1R2));
}